Beispiel #1
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    def setUp(self):
        self.prod = pipeline_src()
        self.cnv1 = pipeline_cnv()
        self.cnv2 = pipeline_cnv()
        self.components = [self.prod, self.cnv1, self.cnv2]

        self.p = ComponentTestHelper()
Beispiel #2
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    def setUp(self):
        self.duration = 2.0

        prod_pp = "videotestsrc is-live=true ! " "video/x-raw-rgb,framerate=(fraction)8/1," "width=32,height=24"
        self.prod = pipeline_src(prod_pp)

        self.cnv1 = pipeline_cnv()
        self.cnv2 = pipeline_cnv()

        self.p = ComponentTestHelper()
Beispiel #3
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    def setUp(self):
        self.duration = 2.0

        prod_pp = ('videotestsrc is-live=true ! '
                   'video/x-raw-rgb,framerate=(fraction)8/1,'
                   'width=32,height=24')
        self.prod = pipeline_src(prod_pp)

        self.cnv1 = pipeline_cnv()
        self.cnv2 = pipeline_cnv()

        self.p = ComponentTestHelper()
Beispiel #4
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    def testSetupFailGstLinking(self):
        p2 = pipeline_src("fakesink")  # this just can't work!
        c2 = pipeline_cnv("fakesink")  # and neither can this!

        # we're going to fail in gst - make sure the gst logger is silent
        import gst

        old_debug_level = gst.debug_get_default_threshold()
        gst.debug_set_default_threshold(gst.LEVEL_NONE)

        self.p.set_flow([p2, c2, self.cnv1])
        d = self.p.start_flow()

        if old_debug_level != gst.LEVEL_NONE:

            def _restore_gst_debug_level(rf):
                gst.debug_set_default_threshold(old_debug_level)
                return rf

            d.addBoth(_restore_gst_debug_level)
        # Because component setup errors get swallowed in
        # BaseComponent.setup() we won't get the exact error that will
        # be thrown, i.e. PipelineParseError. Instead, the component
        # will turn sad and we will get a ComponentSad failure from
        # the ComponentWrapper.
        return self.failUnlessFailure(d, ComponentSad)
Beispiel #5
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    def testRunFailGstLinking(self):
        p2 = pipeline_src('fakesink') # this just can't work!
        c2 = pipeline_cnv('fakesink') # and neither can this!

        # we're going to fail in gst - make sure the gst logger is silent
        import gst
        old_debug_level = gst.debug_get_default_threshold()
        gst.debug_set_default_threshold(gst.LEVEL_NONE)

        self.p.set_flow([p2, c2, self.cnv1])
        d = self.p.run_flow(self.duration)

        if old_debug_level != gst.LEVEL_NONE:

            def _restore_gst_debug_level(rf):
                gst.debug_set_default_threshold(old_debug_level)
                return rf
            d.addBoth(_restore_gst_debug_level)
        # See the comment in test_setup_fail_gst_linking()
        return self.failUnlessFailure(d, ComponentSad)
    def testFlow(self):
        enc = comptest.pipeline_cnv('flumch264enc max-keyframe-distance=15'
                                    'min-keyframe-distance=15')

        properties = {'fragment-duration': 500}
        mux = comptest.ComponentWrapper('fmp4-muxer', fmp4.FMP4,
                                       name='muxer', props=properties,
                                       plugs={})
        tester = comptest.ComponentWrapper('fmp4-tester', FMP4Tester,
                                       name='tester', props=properties,
                                       plugs={})

        self.tp.set_flow([self.prod, enc, mux, tester])

        d = self.tp.start_flow()
        tester.comp.test = self

        # wait for the muxer to go happy
        d.addCallback(lambda _: mux.wait_for_mood(moods.happy))

        # let it run for a few seconds
        d.addCallback(lambda _: comptest.delayed_d(3, _))
        return d
Beispiel #7
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    def testSetupFailGstLinking(self):
        p2 = pipeline_src('fakesink') # this just can't work!
        c2 = pipeline_cnv('fakesink') # and neither can this!

        # we're going to fail in gst - make sure the gst logger is silent
        import gst
        old_debug_level = gst.debug_get_default_threshold()
        gst.debug_set_default_threshold(gst.LEVEL_NONE)

        self.p.set_flow([p2, c2, self.cnv1])
        d = self.p.start_flow()

        if old_debug_level != gst.LEVEL_NONE:

            def _restore_gst_debug_level(rf):
                gst.debug_set_default_threshold(old_debug_level)
                return rf
            d.addBoth(_restore_gst_debug_level)
        # Because component setup errors get swallowed in
        # BaseComponent.setup() we won't get the exact error that will
        # be thrown, i.e. PipelineParseError. Instead, the component
        # will turn sad and we will get a ComponentSad failure from
        # the ComponentWrapper.
        return self.failUnlessFailure(d, ComponentSad)